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Abstract

In cultivating swiftlet nests, some swiftlet breeders still find it difficult to summon sounds and control the intensity of light in swiftlet houses. As for the bird calling technique by playing the audio of the swiftlet without having to be heard at any time and there is also a certain hour, an automatic time system is made so that the on/off audio swiftlet process can be properly organized and also the intensity of light entering the swiftlet house is too bright, so breeders close the ventilation holes with insulation or wood, so the system will be made to control light intensity by using automatic opening or closing of curtains/windows, where when the swiftlet house is bright, the curtain closes, while when the light of the swiftlet house is dark, the curtain opens. RTC DS3231 and LDR sensor which functions as a detector of sound time and light intensity, the NodeMCU ESP8266 microcontroller which functions as a data processor so that results can be displayed on the LCD. This research was conducted in stopover Village, stopover District, West Kutai Regency. Data collection methods used are literature study, interviews, and observation. While the system development method used is Prototype. As well as supporting software used by the Arduino Integrated Development Environment. While the system development method used is Prototype. As well as supporting software used by the Arduino Integrated Development Environment. While the system development method used is Prototype. As well as supporting software used by the Arduino Integrated Development Environment.

Keywords

Auto, Sound, Light Intensity, NodeMCU ESP8266, Sensor, RTC DS3231, Light Dependent Resistor

Article Details

How to Cite
Nursobah, Lailiyah, S., & Prayoga, M. R. . (2023). Automatic System of Sound and Light Intensity for Swiftlet House. TEPIAN, 4(1), 1–9. https://doi.org/10.51967/tepian.v4i1.2230

References

  1. Pradipta.2012.LightDependentResistor.(https://repository.dinami.ac.id/id/eprint/206/6/BAB%20III.pdf). STIKOM Surabaya.
  2. Andrianto, Heri, and Darmawan, Aan. 2016. Arduino Fast Learning and Programming. Bandung: Informatics.
  3. Ariyani, Isma. 2018. Design of a Temperature Humidity and Light Control System in Microcontroller-Based Swiftlet Houses.
  4. Ekojono, Andriani P, Cahya R, Anugrah NR. 2018. Spreadsheet Programming for Modeling Electronic Circuit Control. Malang: POLYMA PRESS.
  5. Gaol. 2013. Design of Advertising Tax Registration System at Pekanbaru City Revenue Service with Visual Basic Method. STMIK Dharmapala: Riau. (https://media.neliti.com)
  6. Hendra S, Weku, Dr. Eng Vecky C, et al; 2015. Design of a Microcontroller-Based Automatic Fish Feeder. Journal of Electrical and Computer Engineering
  7. Ihsan. 2017. Design of a Microcontroller-Based Swiftlet Breeding Automation System. Journal of RESTI (Systems Engineering and Information Technology). Vol. 1(1). 43-49
  8. Muh. Yusrifar Haris and Aryo Abdi Putra. 2017. Design of Arduino Uno R3 Microcontroller Based Light Control System With Sound Sensor, Thesis. Muhammadiyah University of Makasar.
  9. pressman. 2012. Software Engineering. Practitioner Approach. Edition 7. Yogyakarta: Andi
  10. Ronny. 2020. Room Temperature and Humidity Monitoring System in Android-Based Swiftlet Houses. Informatics Engineering Department, Samarinda: Widya Cipta Dharma School of Informatics and Computer Management.
  11. Rosa.Salahuddin, 2015, Structured Software Engineering
  12. Satwiko. 2009. Building Physics. Yogyakarta : CV Andi Offset.
  13. Setiawan. 2011. Liquid Crystal Display. (https://www.sainsmart.com/). Bandung : Informatics.
  14. Sokhi, Beji, Kadir, Abdul, Evizal. 2019. Swiftlet House Security System Using Light Sensors and Vibration Sensors Integrated with SMS Notifications. Informatics Engineering Study Program. Faculty of Engineering. Riau Islamic University.
  15. Sunardi and Siti Zaenab. 2013. Physics for SMA/MA Class X Specialization. Bandung: Yrama Widya.
  16. Susanto, Azhar. 2013. Understanding the System. (https://elib.unikom.ac.id).
  17. Electrical engineering. 2017. Definition of Relay and its Working Principles.
  18. http://teknikelektronika.com/pengertian-relay-function-relay. Retrieved December 20, 2017
  19. Vicky. 2011. Definition of hardware. (http://belajar-computer-mu.com/pengertian-hardware/)
  20. Waworundeng, MS, Jacquline, Yapian, Christian, and Pandean, Hendrik. 2017. Temperature Control System and Light Intensity in Microcontroller-Based Swiftlet Houses. Klabat University Thesis
  21. Yatini, Indra. 2010. Flowchart, Algorithm and programming using C++ language. Yogyakarta: Science Graha
  22. Stoneman, R. (2017). Alexander the Great: A life in legend. Yale University Press.